def solution(number, limit, power): answer = 0 for x in range(1,number+1): cnt=0 for i in range(1, int(x**(1/2))+1): if x%i==0: cnt+=1 if i**2 != x: #제곱이 되는 약수 중복 방지 cnt+=1 if cnt>limit: cnt=power answer+=cnt return answer

def solution(storey): answer = 0 while storey: r = storey % 10 print(storey,r) if r > 5:# 6 ~ 9 answer += (10-r) storey += 10 else: if r==5 and (storey // 10) % 10 > 4: storey += 10 answer+=r storey //= 10 return answer

from string import ascii_uppercase, ascii_lowercase a = ascii_uppercase b = ascii_lowercase def solution(s, n): answer='' for x in s: if x.islower(): answer+=b[(b.index(x)+n)%len(b)] elif x.isupper(): answer+=a[(a.index(x)+n)%len(a)] else: answer += x return answer

def solution(data, col, row_begin, row_end): answer = 0 data.sort(key=lambda x: (x[col-1], -x[0])) for i in range(row_begin, row_end+1): result = 0 for x in data[i-1]: result += x % i answer ^= result return answer

def solution(citations): answer = 0 n=len(citations) citations.sort() for i in range(n): if citations[i]>=n-i: answer += 1 return answer

def solution(players, callings): callings p={x:i+1 for i,x in enumerate(players)} r={i+1:x for i,x in enumerate(players)} for x in callings: pre=r[p[x]-1] p[x]-=1 rank=p[x] p[pre]+=1 r[rank]=x r[rank+1]=pre return list(r.values())